Skip to main content
  1. Home
  2. Emerging Tech
  3. Cars
  4. Health & Fitness
  5. Photo Galleries
  6. News

It’s real! Lexus finally shows off its mag-lev hoverboard in action

Add as a preferred source on Google

Following the unveiling of its sensation-making hoverboard in June, Lexus is talking more about the futuristic Slide levitating device.

The luxury brand says it recently completed testing of the hoverboard at a specially-built “hoverpark” in Cubelles, Barcelona, in Spain. The board is only for demonstration purposes, the company says, but it really does hover. Given the right conditions, that is.

As previously described by Lexus, the board uses magnetic levitation to do its thing. Liquid nitrogen cools superconductors embedded in the board to -197 degrees Fahrenheit, allowing them to generate a magnetic field between the superconductors and permanent magnets mounted in the surface the board rides on.

That means you can’t take the hoverboard just anywhere you want, unless you’re willing to seed the ground with magnets first. Lexus installed about 200 meters (656 feet) of magnetic track in the test area in places that allow the hoverboard to pull off some neat stunts, like travel over water.

Magnetic levitation or “mag-lev” systems have been put to limited use for high-speed trains. Allowing the vehicle to float above a surface eliminates friction, increasing efficiency. However, the infrastructure needs of mag-lev transportation will probably limit the board’s real-world use.

The hoverboard project is part of Lexus’s “Amazing in Motion” publicity campaign, which is meant to feature cool engineering projects. Development began 18 months ago, with Lexus partnering with scientists from IFW Dresden and Evico, a firm that specializes in magnetic-levitation technology. To test-ride the board, they wrangled professional skateboarder Ross McGouran.

“It’s a whole new experience,” said McGouran. He said riding the hoverboard required getting a completely new feel for stance and balance compared to a traditional skateboard.

Lexus has no plans to sell the hoverboard or anything like it, but the project will likely continue to attract attention to the brand. After all, how many other carmakers can say they’ve built something that can skim over water like magic?

Stephen Edelstein
Stephen is a freelance automotive journalist covering all things cars. He likes anything with four wheels, from classic cars…
Google built an AI that can see football plays before they happen
DeepMind’s latest research predicts player movement up to eight seconds into the future
Google Deepmind TacticAI Featured

Football managers spend countless hours analyzing corners, free kicks, and player positioning in search of tiny competitive advantages. Google DeepMind believes artificial intelligence can make that process significantly faster, and its latest project, TacticAI, is designed to do exactly that. TacticAI is a football-specific AI assistant capable of modeling player movement, forecasting future play dynamics, and even recommending tactical adjustments for corner kicks. One of its standout abilities is predicting player trajectories up to eight seconds into the future using only broadcast-style visual data.

TacticAI was built with Liverpool FC and validated by football experts

Read more
Radical new coffee-making method uses sound, skips hot water and reduces energy bills
UNSW reserachers brewed espresso with room-temperature water and ultrasonic sound waves, cutting energy use by 75% in blind tests that fooled 100 regular drinkers.
Person brewing espresso in a lab with a modified ultrasonic espresso machine

Researchers at UNSW Sydney have figured out how to brew espresso-strength coffee without heating any water. The method replaces hot water and high pressure with ultrasonic sound waves, and in blind taste tests involving 100 regular coffee drinkers, participants could not tell the two apart.

How it works

Read more
This tiny sensor could help self-driving cars and robots see better in the dark
Penn State researchers have developed a light-adaptive photomemristor modeled on the human eye that achieves over 95% visual accuracy in shifting light conditions.
Waymo Jaguar I-PACE sensors close up

Penn State researchers have developed a light-adaptive sensor component that could make autonomous vehicle cameras and robots far more reliable in shifting lighting conditions. The work, published Monday in Nature Communications, takes direct cues from how the human eye adjusts between bright and dark environments.

Biology as a blueprint

Read more